def save_dic(self, d, **k):
print 'Saving ' + self.file_name
for keys, data in misc.dict_iter(d):
if not misc.dict_haskey(self.dic, keys):
self.add_storage(keys)
s = misc.dict_recursive_get(self.dic, keys)
s.save_data('-'.join(keys), data, **k)
self.save()
def save_dic(self, d, **k):
print 'Saving '+self.file_name
for keys, data in misc.dict_iter(d):
if not misc.dict_haskey(self.dic, keys):
self.add_storage(keys)
s=misc.dict_recursive_get(self.dic, keys)
s.save_data('-'.join(keys), data, **k)
self.save()
def postprocess(d):
out = {}
ylabels0 = sorted(d.keys())
xlabels = sorted(d[ylabels0[0]]['Net_0'].keys())
i, j = 0, 0
for tp in ['beta', 'sw']:
ylabels = []
for key in ylabels0:
if key[0] != tp[0] or len(d[key].keys()) < 2:
continue
ylabels.append(key)
j += 1
# if j==396:
# pass
for net in d[key].keys():
mrs = []
for model in xlabels:
obj = d[key][net][model]['spike_statistic']
mrs.append(obj.rates['mean'])
keys = [tp, net, 'mean_rates']
if not misc.dict_haskey(out, keys):
misc.dict_recursive_add(out, keys, [mrs])
if net == 'Net_0': i += 1
else:
out[tp][net]['mean_rates'].append(mrs)
if net == 'Net_0': i += 1
if not i == j:
print d[key].keys(), i, j
raise
# print j,i
for net in d[key].keys():
keys = [tp, net, 'xlabels']
misc.dict_recursive_add(out, keys, xlabels)
keys = [tp, net, 'ylabels']
misc.dict_recursive_add(out, keys, ylabels)
pp(out)
for tp in out.keys():
for net in out[tp].keys():
out[tp][net]['mean_rates'] = numpy.array(
out[tp][net]['mean_rates'])
return out
def postprocess(d):
out={}
ylabels0=sorted(d.keys())
xlabels=sorted(d[ylabels0[0]]['Net_0'].keys())
i,j=0,0
for tp in ['beta','sw']:
ylabels=[]
for key in ylabels0:
if key[0]!=tp[0] or len(d[key].keys())<2:
continue
ylabels.append(key)
j+=1
# if j==396:
# pass
for net in d[key].keys():
mrs=[]
for model in xlabels:
obj=d[key][net][model]['spike_statistic']
mrs.append(obj.rates['mean'])
keys=[tp, net, 'mean_rates']
if not misc.dict_haskey(out, keys):
misc.dict_recursive_add(out, keys, [mrs])
if net=='Net_0': i+=1
else:
out[tp][net]['mean_rates'].append(mrs)
if net=='Net_0':i+=1
if not i==j:
print d[key].keys(), i,j
raise
# print j,i
for net in d[key].keys():
keys=[tp, net, 'xlabels']
misc.dict_recursive_add(out, keys, xlabels)
keys=[tp, net, 'ylabels']
misc.dict_recursive_add(out, keys, ylabels)
pp(out)
for tp in out.keys():
for net in out[tp].keys():
out[tp][net]['mean_rates']=numpy.array(out[tp][net]['mean_rates'])
return out
def process_exp(exp, tr):
out = {}
put_at = {'STN': 3, 'TA': 0, 'TI': 1, 'all': 2}
for keys, val in misc.dict_iter(exp):
if keys[-1] == 'CV':
continue
keys2 = [tr[keys[1]], tr[keys[2]], 'mean_rates']
if not misc.dict_haskey(out, keys2):
a = numpy.zeros(4)
a[put_at[keys[0]]] = val
misc.dict_recursive_add(out, keys2, a)
else:
out[tr[keys[1]]][tr[keys[2]]]['mean_rates'][put_at[keys[0]]] = val
pp(out)
return out
def process_exp(exp, tr):
out={}
put_at={'STN':3,
'TA':0,
'TI':1,
'all':2}
for keys, val in misc.dict_iter(exp):
if keys[-1]=='CV':
continue
keys2=[tr[keys[1]],tr[keys[2]], 'mean_rates']
if not misc.dict_haskey(out, keys2):
a=numpy.zeros(4)
a[put_at[keys[0]]]=val
misc.dict_recursive_add(out, keys2,a )
else:
out[tr[keys[1]]] [tr[keys[2]]] ['mean_rates'][put_at[keys[0]]]=val
pp(out)
return out
